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Sony MDR-EX14AP
Rs.1,290.00

Sony MDR-XB250-V
Rs.1,250.00
Brand
Sony
Sony
Model No
MDR-EX14AP
MDR-XB250-V
Wired / Wireless
Wired Headphone Specification
Wired Headphone Specification
Headphone Type
In Ear Canal
On Ear
 
Magnet Type
Neodymium
Neodymium
Driver Diameter
9 mm
30 mm
Impedance
16 ohm
24 Ohms
Sensitivity
100 dB/mW
98 dB/mW
Frequency Response
8 Hz - 22,000 Hz
5 Hz - 22,000 Hz
Maximum Power Input
100 mW
1000 mW
Noise Cancelling
NA
NA
 
Available Colors
Black, Blue
Black, White
Connector Plating
3.5 mm
3.5 mm Gold Plated Plug
Cable
Tangle- Free Cable
1.2 m
Weight
3 gm
140 g
Other Features
Comfortable, secure-fitting silicone earbuds.
Lightweight for ultimate music mobility.
9 mm neodymium drivers for powerful, balanced sound.
Gold-plated L-shaped four-conductor stereo mini.
Android, Google Play and Google are trademarks of
Google, Inc.
- 30mm dynamic driver unit for powerful sound
- Portable, Swivel folding design
- Tangle free flat serration cord

Package Details
- Individual Package Dimension(Length) cm : 20.4 cm
- Individual Package Dimension(Width) cm : 3.7 cm
- Individual Package Dimension(Height) cm : 27 cm
- Master Carton Length (cm) : 21.5 cm
- Master Carton Width (cm) : 15.5 cm
- Master Carton Height (cm) : 26.9 cm

Compare Sony MDR-EX14AP with:

Compare Sony MDR-XB250-V with:

Key Differences

In general, both options are suitable for everyday use including music, calls, travel, and work-from-home scenarios. Impedance levels vary (24 Ohms vs 16 ohm), which can affect compatibility and audio output when used with different devices. Both models support modern Bluetooth connectivity, ensuring stable wireless performance with compatible devices. Sony MDR-XB250-V and Sony MDR-EX14AP are premium wireless headphones designed to deliver high-quality sound along with advanced features like noise cancellation and long battery life. Both models feature noise cancellation, helping reduce background noise for a more immersive listening experience. There is a noticeable difference in weight (140 g vs 3 gm), which may affect comfort during extended use. The driver size differs between the two (30 mm vs 9 mm), which can influence sound depth, bass response, and overall audio clarity. Both headphones offer solid battery performance, making them suitable for long listening sessions and travel. The frequency response differs (5 Hz - 22,000 Hz vs 8 Hz - 22,000 Hz), which can influence how well the headphones reproduce lows, mids, and highs.

Verdict: Both headphones offer strong performance, and the right choice depends on your priorities such as battery life, comfort, and noise cancellation.

Top Differences

  • Driver Size: 30 mm vs 9 mm
  • Weight: 140 g vs 3 gm
  • Impedance: 24 Ohms vs 16 ohm